Braided goggle strap

ABSTRACT

A braided goggle strap for use with a pair of swimming goggles includes a plurality of bands that are braided together to form a generally flat, braided goggle strap. Each of the plurality of bands includes an elastic material that is protected by a resilient fabric material to provide superior mechanical properties that results in even stress distribution and minimal sinusoidal stress when worn by a user. The composite reinforcement of the braided goggle strap also provides added comfort. The braided goggle strap includes a biased fastener for adjustably attaching the braided strap onto a user&#39;s head, is easily attachable to a pair of swimming goggles by simply threading the braided strap through the small apertures provided on the swimming goggles, and comes in a variety of different colors.

CROSS-REFERENCE TO RELATED APPLICATION

This application is a continuation of U.S. application Ser. No.13/507,157, filed Jun. 8, 2012, which claims the benefit of U.S.Provisional Application No. 61/495,510, filed Jun. 10, 2011. Thespecifications, drawings and subject matter of all such priorapplications is incorporated by reference herein in the entirety.

FIELD OF THE INVENTION

The present invention relates to accessories for use with goggles. Moreparticularly, the present disclosure relates to a braided goggle strapincluding a plurality of bands braided together to form a resilient,braided goggle strap including eye loops disposed at opposite ends ofthe braided goggle strap for attaching the strap to a pair of swimminggoggles. The braided goggle strap also includes a spring-biased fastenerfor adjustably attaching the strap comfortably onto a user's head, andcomes in a variety of different colors to help locate and identifyswimming goggles via, the strap.

BACKGROUND OF THE INVENTION

There are a variety of goggles available on the market today that aredesigned to help protect the eyes of a user when engaging in certainphysical activities. For example, many individuals routinely weargoggles when skiing, riding motorcycle, and when participating incertain sports. Employees working in hazardous areas also wear gogglesto help protect their eyes from injury, dust and debris, and fromexposure to chemicals or the like. Such goggles typically include aframe designed to overlay both eyes of an individual, a single plasticshield attached to the frame, and an adjustable strap affixed toopposite ends of the frame for securing the protective goggles onto thehead of a user.

Other types of goggles include swimming goggles that are generally wornby professional and amateur swimmers alike. Swimming goggles are oftenworn by swimmers to protect the eyes when swimming in pools, lakes,ponds or rivers, and to allow a swimmer to open his or her eyes whennavigating under water. Swimming goggles protect the individual's eyesfrom dirt, and other natural debris found in natural water ways, andfrom chlorine and other harsh chemicals typically used in public andprivate pools. Generally, swimming goggles include a pair of eye cups, arubber strap attached to opposite ends of the eye cups, and a buckle foradjusting the length of the rubber strap to accommodate a number ofindividuals having different head sizes. The eye cups are dimensionallysized to cover both eyes of a swimmer and are either molded as one unit,or separately constructed and attached together via, a nose bridge. Afoam pad is often disposed along the peripheral edge of each eye cup toprovide comfort around the area of the eyes. Conventional swimminggoggles typically come in a variety of different colors, shapes anddesigns and often include transparent or tinted eye cups.

The rubber or elastic strap used on conventional swimming gogglesprovides various drawbacks. Most rubber straps used with swimminggoggles include a flat band that is constructed from a thin rubbermaterial. The rubber strap is designed to compress tightly against aswimmer's hair and outer surface area of the head making it difficultfor a swimmer to position the strap onto the head, or providingdiscomfort to a wearer during extended use. The flat rubber band oftentwists forcing the swimmer to repeatedly make adjustments to orient theband in a flat, comfortable position. A user often attempts to untwistthe elastic strap when the swimming goggle is already positioned ontothe user's head. In doing so, the wearer typically pinches the band andpulls the elastic band away from the head in an effort to straighten theelastic band to provide a more comfortable fit. As a result of therubber strap sticking to the user's hair, the individual ends up pullinghis or her hair causing pain and discomfort.

Another drawback of conventional goggle straps is that most gogglestraps include a slider or buckle that are used to make necessaryadjustments to the length of the strap. To achieve a desired fit and toprevent the swimming goggles from falling off, the user must slide thestrap through designated slots provided in the slider or buckle totighten the strap. In many cases, a wearer must repeatedly remove thepair of swimming goggles from his or her head to make adjustments. Mosttraditional swimming goggles that include adjustable rubber strapshaving sliders or buckles that prevent a wearer from easily and quicklyadjusting the length of the rubber strap while wearing the swimminggoggles. The traditional design of sliders and buckles also frustratesthe ability for parents to quickly make adjustments to the rubber strapwhile the swimming goggles are fitted on a child's head. The child oftenbecomes impatient or experiences discomfort as the parent repeatedlyremoves the swimming goggles to make adjustments. Further, the thinrubber material used in constructing the rubber strap becomes frail overtime as a result of wear and tear and prolonged exposure to chemicalsand sunlight. The properties of the rubber strap break down over timeand the strap eventually breaks during use.

Another disadvantage provided by conventional swimming goggle straps isthat most straps are similar in appearance. Typical swimming gogglestraps often comprise a light or dark shade of grey or black. Should theswimming goggles fall off during use and become lost, it would bedifficult for a person to identify the goggles when found. Also,swimming goggles having differently sized goggle straps may also be hardto distinguish from one another. Individuals having different head sizesmay wish to quickly differentiate between swimming goggles havingdifferently sized goggle straps. Distinguishable features may bebeneficial where a group of swimmers are concentrated in one local.

In an effort to address some of the disadvantages of the prior art, someswimming goggle straps have implemented the use of a shock cord or atubular bungee cord. Generally, the tubular bungee cord includes asingle rubber cord or a plurality of individual rubber cords or strandsassembled together to provide a round elastic core. The core can becovered with a stretchable fabric or mesh material to help protect thetubular elastic core. The tubular bungee cord is adapted for used with apair of swimming goggles and often includes a cord lock for adjustingthe length of the tubular bungee cord.

The conventional bungee cord design also includes certain drawbacks. Thetubular dimension of the bungee cord often results in the bungee cordrolling along the user's head. As the tubular bungee cord rolls alongthe outer surface of a wearer's head, the cord becomes misaligned andpulls on one or both sides of the swimming goggles. The wearer mustcorrect the rolling effect by repeatedly situating the tubular bungeecord in place around the head. In an effort to prevent rolling, the usertightens the cord around the head causing not only more stress andstrain on the bungee cord itself, but greater discomfort to the weareras the cord constricts tightly around the user's head and pulls evenfurther on the swimming goggles. Thus, the tubular bungee cord resultsin a goggle strap that provides an uneven stress distribution, anincreased sinusoidal stress or strain, poor sheer resistance, andlimited strength in the primary loading direction thereby providinguneven distribution and discomfort to a user.

What is desired is a braided goggle strap for use with swimming gogglesthat is quickly and easily adjustable when worn on a user, inexpensive,and comfortable to wear. What is further desired is a braided gogglestrap that includes superior mechanical properties, includes even stressdistribution and minimal sinusoidal stress to provide comfort when wornon a user's head, and includes distinguishable features to helpdifferentiate one swimming goggle strap from another.

SUMMARY OF THE INVENTION

A first aspect of the present invention provides a braided goggle strapcomprising: a plurality of bands braided together to form a braidedelongated body having a first end and a second end opposite the firstend, where each of the plurality of bands include a resilient materialenclosed in a resilient fabric material; a first band extension being aportion of one of the plurality of bands and extending a length from thefirst end; a second band extension being a portion of another one of theplurality of bands and extending a length from the second end, where thefirst band extension is folded over and attached to the first endforming a first eye loop, and the second band extension is folded overand attached to the second end forming a second eye loop, where each ofthe eye loops and each of the plurality of bands have a widthdimensioned to fit within a pair of apertures provided on a pair ofgoggles, and a bias fastener operated to releasably grip onto theplurality of bands for securely attaching the braided goggle strap ontoa user's head.

Preferably, plurality of bands include a first band, a second band, anda third band where each band comprises a flat geometric shape, thoughother geometric shapes are possible. The resilient material includes anyone of natural rubber, synthetic rubber, latex, nylon, stretch fabric(elastomerics), blended rubber with polyester, blended rubber withcotton, blended rubber with nylon or any combination thereof. Theresilient fabric covering includes any one of woven or nonwovenmaterial, cotton, polyester, nylon, poly-vinyl chloride (PVC), rayon,microfiber, acrylic, acetate, wool, leather, vinyl, or any othersuitable fabric that is able to withstand wear and tear and repeatedstretching over time.

Advantageously, the bias fastener includes an outer body having anopening and an outer body aperture, an inner body dimensioned toslideably fit within the opening of the outer body and including aninner body aperture, and a bias member disposed within the opening andbetween the outer body and the inner body, where the bias memberoperatively separates the outer body from the inner body to misalign thebody apertures to securely grip the plurality of bands when theplurality of bands are inserted through the body apertures, and wherethe bias fastener is operated to align the body apertures to release thegrip on the plurality of bands allowing the plurality of bands to slidefreely through the body apertures.

In one aspect, each of the band extensions optionally includes a rigidmember that is attached to, or enclosed within each of the bandextensions. The resilient fabric covering includes the same color or avariety of different colors to form a braided goggle strap including aplurality of bands with resilient fabric covering having differentcolors.

Another aspect of the present invention provides, a braided swimminggoggle strap for use with swimming goggles, said braided swimming gogglestrap comprising:

a plurality of strands of material interlaced together to form a braidedgoggle strap having two opposite ends, where each of the plurality ofstrands of material include a resilient material; a first guide formedfrom a portion of one of the plurality of strands of material andextending outwards a length from one of the two opposite ends; a secondguide formed from a portion of another one of the plurality of strandsof material and extending outwards a length from another of the twoopposite ends, where the plurality of strands of material are combinedto thread through a pair of apertures provided on a pair of swimminggoggles to form a first attachment strap and a second attachment strap,and a fastener operated to releasably grip onto the braided swimminggoggle strap for securely attaching the braided swimming goggle straponto a user's head.

Preferably, each of the plurality of strands of material furtherincludes a resilient fabric material, where the resilient fabricmaterial is attached to, or completely encases each of the plurality ofstrands of material. In one alternative embodiment, each guide includesa rigid member.

Yet another aspect of the present invention provides, a pair of gogglescomprising; at least one eye shield adapted to cover an individual'seyes, and including apertures provided at opposite edges of the at leastone eye shield; a plurality of bands braided together to form a braidedgoggle strap having a first end and a second end opposite the first end,where each of the plurality of bands include a stretchable material anda resilient fabric covering; a first band extension being a portion ofone of the plurality of bands and extending a length from the first end;a second band extension being a portion of another one of the pluralityof bands and extending a length from the second end, where the firstband extension is folded over and attached to the first end forming afirst eye loop, and the second band extension is folded over andattached to the second end forming a second eye loop, and a fasteneroperated to releasably grip the braided goggle strap for securelyattaching the pair of goggles onto a user's head.

Preferably, the at least one eye shield includes a first eye shieldjoined to a second eye shield via, a nose bridge, and the aperturesinclude a first aperture provided at an outer edge of the first eyeshield and a second aperture provided at an outer edge of the second eyeshield. The braided goggle strap is threaded through the apertures toform a first attachment strap and a second attachment strap forattaching the goggles onto a user's head.

These and other advantages of the invention will be further understoodand appreciated by those skilled in the art by reference to thefollowing written specifications, claims, and appended drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

The invention will now be described, by way of example, with referenceto the accompanying drawings, in which:

FIG. 1 is a perspective view of a braided goggle strap, in accordancewith the present invention;

FIG. 1A is a cross-sectional view of the braided goggle strap of FIG. 1,showing a plurality of bands where each band includes an elasticmaterial covered or enclosed with a resilient fabric material, inaccordance with one embodiment of the present invention;

FIG. 1B is an exploded, perspective view of a bias fastener including abias member defined by a spring, in accordance with the presentinvention;

FIG. 2 is a perspective view of the braided goggle strap of FIG. 1,shown attached to a pair of swimming goggles, in accordance with thepresent invention; and

FIG. 3 is a side view of the braided goggle strap of FIG. 1, shownattached onto a users head.

DETAILED DESCRIPTION OF THE INVENTION

One or more embodiments of the present invention are disclosed herein.The embodiments are merely exemplary of the invention that may beembodied in various and alternative forms. It is noted that the variousviews, features, elements, and dimensions of the disclosed exemplaryembodiments are not necessarily to scale, and may be enlarged,exaggerated, minimized, or sectionalized for clarity. Thus, specificstructural and functional details, dimensions, shapes, or configurationsdisclosed herein are not limiting but serve as a basis for teaching aperson of ordinary skill in the art the described and claimed featuresof the one or more embodiments of the present invention.

Referring now to the drawings wherein like elements are represented bylike numerals throughout, there is shown in FIG. 1, a perspective viewof a braided goggle strap 10 in accordance with the embodiment of thepresent invention. The braided goggle strap 10 of the present inventionis shown for use with a pair of swimming goggles 30 for illustrativepurposes only. It will be understood that the braided goggle strap 10may be adapted for use with a variety of different goggles, includingbut not limited, to goggles used for working, gardening, enjoyinghobbies like wood carving, participating in sports such as skiing,fishing, or the like, and riding or operating motor operated vehiclessuch as motorcycles, ATVs or snowmobiles.

In one embodiment of the present invention, the braided goggle strap 10includes a plurality of bands 12, 14, 16 braided together to form aresilient or stretchable, flat, braided goggle strap 10 having a firstend 18 and a second end 20, opposite the first end 18. In one exemplaryembodiment, the plurality of bands comprises a first band 12, a secondband 14 and a third band 16, each band having a preselected length. In apreferred embodiment, each band 12, 14, 16 comprises a flat geometricshape, though other geometric shapes may be used. The word “band” asused herein is not deemed to be limiting on the present invention and isused merely to represent a length of material. Although the exemplaryembodiment shows the use of three bands 12, 14, 16, it will be notedthat the braided goggle strap 10 may include an N number of bands thatare braided together to form a strong, braided goggle strap 10. Eachband 12, 14, 16 may include a single material or a plurality ofdifferent materials that are integrally formed, glued, molded, woven,knitted or braided together to form a single band 12, 14, 16. Also, eachband 12, 14, 16 may include a single ply or multi-ply layer of the sameor different materials. For example, each of the plurality of bands 12,14, 16 may include a first rubber layer and a second rubber layer, or apolyester layer adhered to a rubber layer, or a rubber layer sandwichedbetween a top polyester layer and a bottom polyester layer. Preferably,bands 12, 14, 16 comprise a resilient or stretchable material thatincludes, but is not limited to, natural rubber, synthetic rubber,latex, nylon, stretch fabric (elastomerics), blended rubber withpolyester, blended rubber with cotton, blended rubber with nylon, anycombination thereof, or any other suitable materials that may be formedinto an elongated body that can repeatedly stretch and return to anon-stretched state.

In one non-limiting example, each of the plurality of bands 12, 14, 16may include a natural rubber or elastic material 11 that is covered witha resilient or stretchable fabric material 13, as better illustrated inFIG. 1A. FIG. 1A, shows a cross-sectional view of the braided gogglestrap 10, showing bands 12, 14, 16 each including an elastic material 11that is covered or enclosed by a resilient fabric material 13. Theresilient fabric material 13 protects the individual elastic or rubbermaterial 11 from deteriorating due to exposure to sunlight, chemicals,UV light, salt, or other elements. The resilient fabric 13 is designedto expand and contract along with the expansion of the elastic material11. The resilient fabric material 13 may include any woven or nonwovenmaterial, cotton, polyester, nylon, poly-vinyl chloride (PVC), rayon,microfiber, acrylic, acetate, wool, leather, vinyl, or any othersuitable fabric that is able to withstand wear and tear and repeatedstretching over time. In the preferred embodiment, the stretchablefabric 13 comes in a variety of different colors and/or patterns. Forexample, a braided goggle strap 10 may include a first band 12 having ablue fabric covering, a second band 14 having a black fabric covering,and a third band 16 having a light blue fabric covering. Colored fabricsprovide a benefit of being able to locate and identify swimming goggles30 if lost in a pool or pond, and can help distinguish and identify onebraided goggle strap 10 from another braided goggle strap 10 or fromother conventional goggle straps. The colors selected may includebright, florescent colors that are easily visible under water. Also, oneor more bands 12, 14, 16 may include indicia, letters, characters,symbols, or ornaments that is printed or attached to the outer resilientfabric material 13.

Each band 12, 14, 16 includes three basic dimensions comprising length,width and thickness. The dimensions may be selected to provide a braidedgoggle strap 10 that is adapted for use with all types of goggles andthat can be used in a variety of different environments. In oneexemplary embodiment, each band 12, 14, 16 is 30 inches in length, ⅛inch wide, and 1/16 of an inch thick. Bands 12, 14, 16 are braidedtogether to form a flat, resilient, braided goggle strap 10 having anapproximate length, as depicted in a relaxed, non-stretched state, of 30inches in length, ¼ of an inch wide, and 1/16 of an inch thick. Thetotal width of the braided goggle strap 10 is slightly smaller than thewidth of aperture tabs or strap slots that are provided at opposite,outer edges of protective goggles and swimming goggles. Many protectivegoggles and swimming goggles include aperture tabs or strap slots thatare situated along the outer edge of eye cups, as better illustrated inFIG. 2. Each strap slot 32, 34 is configured to receive the braidedgoggle strap 10 so attach the swimming goggles 30 onto the head of auser. Thus, the combinational width of each band 12, 14, 16 is optimallyselected to provide a braided strap 10 having a total width that isslightly smaller than typical strap slots 32, 34 found on swimminggoggles 30.

With continued reference to FIG. 1, the flat, resilient, braided gogglestrap 10 includes a pair of extensions or guides for threading thebraided strap 10 through each strap slot 32, 34 of the swimming goggles30. In the preferred embodiment, the pair of extensions comprise a firsteye loop 22 disposed at the first end 18 of the strap 10, and a secondeye loop 24 disposed at the second end 20 of the strap 10, opposite thefirst end 18. Each eye loop 22, 24 is dimensionally constructed andsized to pass through a first strap slot 32, and a second strap slot 34,respectively, of swimming goggles 30, as better illustrated in FIG. 2.Each eye loop 22, 24 is formed using extended sections of two bands 12and 14. To better illustrate, bands 12, 14, 16 are braided together suchthat one end of one band 12 terminates at a second end 20 of the braidedstrap 10 while an opposite end of the one band 12 extends outwards alength from a first end 18 of the braided strap 10. In addition, one endof a second band 14 terminates at the first end 18 of the braided strap10 while an opposite end of the second band 14 extends outwards a lengthfrom the second end 20 of the braided strap 10. The two opposite ends ofband 16 are configured to terminate at both the first end 18 and thesecond end 20. Each band extension of bands 12, 14 is folded over andsecurely sealed along the ends 18, 20 using adhesive, bonding orstitching techniques to form a pair of eye loops 22 and 24. Thus, byusing a portion of the already existing bands 12, 14 to form eye loops22, 24, there eliminates the need of having to implement additionalmaterials which helps reduce costs and time required in constructing thebraided goggle strap 10. The beneficial feature of eye loops 22, 24 isto help guide the two opposite ends of the braided goggle strap 10through a pair of strap slots 32, 34 typically provided on swimminggoggles 30. The formed eye loops 22, 24 help eliminate fraying as oftenseen on the ends of non-looped extensions.

It will be understood that eye loops 22, 24 can be separately added tothe ends 18, 20 of the braided goggle strap 10 using any well-knownmethods or techniques. Also, in one alternative embodiment, a rigidmember 19, 21 or stiffening member may be incorporated within, disposedon, or attached to each eye loop 22, 24 to provide a rigid eye loop 22,24 that will not bend or flex out of proportion when a user attempts tothread the eye loops 22, 24 through each strap slot 32, 34 on a pair ofgoggles or swimming goggles 30. Further, in one alternative embodiment,eye loops 22, 24 may be replaced with a plastic, hard rubber, or vinylelement that can be used to thread the braided goggle strap 10 througheach slot 32, 34.

As illustrated in FIG. 1, the flat, resilient, braided goggle strap 10also includes a bias fastener 26 that is used for selectively adjustingthe length of the braided strap 10 to securely tighten or loosen theswimming goggles 30 onto user's head. In the preferred embodiment, biasfastener 26 comprises a spring-biased fastener having an outer body 27including an opening and an outer body aperture formed through the outerbody. The bias fastener 26 also includes an inner body 28 shaped andsized to slide within the opening of the outer body 27 where an innerbody aperture is formed through the inner body 28. The inner body 28also includes a stopper (not shown) formed adjacent a lower section ofthe inner body aperture to prevent the inner body 28 from falling out ofthe opening of the outer body 27 when the inner body 28 is securelyinserted within the outer body 27. As better illustrated in FIG.1B, thebias fastener 26 further includes a bias member 25 defined by a spring.The spring 25 is operatively disposed between the outer body 27 and theinner body 28 to naturally urge the two bodies 27, 28 apart from eachother resulting in the outer and inner body apertures to misalign witheach other. The misaligned body apertures grip or lock onto the braidedgoggle strap 10 to prevent the strap from moving freely there through.

In use, the bias fastener 26 is held between a thumb and index finger ofone hand, and a compressing force is applied to both bodies 27, 28. Thepressure forces the inner body 28 to slide within the outer body 27 andcompress the spring to allow the body apertures of each body 27, 28 toalign with each other forming a strap hole 29. Thus, the braided strap10 freely travels through strap hole 29 when both body apertures are inalignment. To lock the fastener 26 onto the braided goggle strap 10, theuser simply releases the fastener 26 where the spring pushes the innerbody 28 away from the outer body 27 to cause the body apertures tobecome misaligned. In one alternative embodiment, bias fastener 26 mayinclude an outer body 27 and an inner body 28 each having two bodyapertures where each body aperture receives opposite ends of the braidedgoggle strap 10.

Though the preferred embodiment discloses a spring-biased fastener 26,other types of fasteners may also be used with the braided goggle strap10 without departing from the scope of the invention. For example, biasfastener 26 may include a quick release buckle, a ratchet-type fastener,snaps, clips, clamps, hook and loop attachments, an adjustable clasp,squeeze release buckle, clip buckle, snap buckle, ratchet buckle,slider, or any other suitable mechanism used for making adjustments.

Turning now to FIG. 2, there is shown a perspective view of the braidedgoggle strap 10 securely attached to a pair of swimming goggles 30. Inthe illustrative embodiment, a pair of swimming goggles 30 includes apair of transparent or tinted eye cups each shaped to conform to theeyes of a wearer. Each eye cup generally includes a foam or paddedmaterial disposed along the peripheral edge of the cup to providecomfort around the area of the eyes. For illustrative purposes, the pairof swimming goggles 30 includes a pair of eye cups that are coupledtogether via, a nose bridge 31. It is contemplated that the braidedgoggle strap 10 of the present invention is adapted for use with avariety of different swimming goggles and not only with swimming goggles30, as demonstrated herein. Typically, swimming goggles 30 include a tabwith an aperture or a first strap slot 32 provided at the outer edge ofone eye cup, and second tab with an aperture or a second strap slot 34provided at the outer edge of another eye cup. Strap slots 32, 34correspondingly align with each other, along a horizontal plane, and aredimensionally sized to securely receive the flat braided goggle strap10.

To attach the braided goggle strap 10 to a pair of swimming goggles 30,a user first removes the bias fastener 26 if situated onto the braidedstrap 10. The user simply holds a first eye loop 22 between an indexfinger and thumb of one hand and inserts the eye loop 22 through a firststrap slot 32 of the swimming goggle 30. The user pulls the first eyeloop 22 through the strap slot 32 until a sufficient length of braidedstrap 10 is achieved. The user proceeds to do the same with the secondeye loop 24 by sliding the second eye loop 24 through the second strapslot 34 of swimming goggles 30. The user pulls the second eye loop 24through the strap slot 34 until a sufficient length of braided strap 10is achieved. Thus, each eye loop 22, 24 is easily held between a thumband index finger of one hand and threaded through a corresponding strapslot 32, 34 with ease. Eye loops 22, 24 are adapted to help guide thebraided goggle strap 10 through each strap slot 32, 34 of the swimminggoggles 30.

In attaching the bias fastener 26 to the braided goggle strap 10, theuser simply holds the fastener 26 in one hand and compresses both bodies27, 28 toward each other to overcome the spring bias provided by thespring. The compressed force allows the body apertures to align witheach other forming strap hole 29. Both eye loops 22, 24 are easilyinserted within strap hole 29 until a desired length of each end of thebraided strap 10 has passed through the strap hole 29. The bias fastener26 is then released allowing the bias fastener 26 to securely engage thebraided strap 10. As better illustrated in FIG. 2, the braided gogglestrap 10 is threaded through each strap slot 32, 34, of the swimminggoggles 30, to form a first attachment strap. 36 and a second attachmentstrap 38 both used for securing the swimming goggles 30 to a user's head40.

FIG. 3 shows a side view of a pair of swimming goggles 30 securelyattached on the head 40 of a user. In preparation for swimming, a userinitially positions the swimming goggles 30 comfortably over the eyeswith one hand, and stretches both attachments straps 36, 38 over thehead 40. The user may operate the bias fastener 26 to tighten thebraided goggle strap 10 onto the head 40 for securing the swimminggoggles 30 in place. The fastener 26 allows a user to quickly makeadjustments while the braided goggle strap 10 is situated on the user'shead. This alleviates the need of having to remove the swimming goggles30 off the user's head every time the person wishes to make adjustmentsduring use.

Further, in one alternative embodiment, the flat, resilient, braidedgoggle strap 10 may include one or more attachments or loops that areintegrally formed with the braided goggle strap 10 and used to attach orsecure items to the braided strap 10. For example, the braided strap 10may include a stretchable loop integrally formed with or separatelyattached to the strap 10 to securely hold a snorkel to the braidedgoggle strap 10. Also, one or more pads or foam slip-ons (not shown) maybe attached to a section of each loop strap 36, 38 to provide a paddedcushion to the back of the head 40 when the braided goggle strap 10 isworn.

The present invention provides a flat, resilient braided goggle strap 10that includes a plurality of bands 12, 14, 16 braided together to form astrong, comfortable strap when compared to conventional goggle straps.The braided bands 12, 14, 16 provide superior mechanical properties dueto fiber orientations along three directions. The braided goggle strap10 includes a resilient or stretchable fabric material that does notstick to a user's hair like a rubber strap does, and includes a flatgeometric shape that does not travel or roll along the outer surface ofa user's head as with tubular bungee cord straps. The flat braidedcomposite provides a goggle strap 10 that fits comfortably on a user'shead and does not have to be overly tightened in order to prevent thebraided strap 10 from rolling or twisting on the user's head.

Further, the flat, resilient braided goggle strap 10 of the presentinvention is designed to provide uniaxial tensile strength, even stressdistribution, and minimal sinusoidal stress when worn by a user. Theplurality of bands 12, 14, 16 are braided together to provide superiormechanical strength forming a braided goggle strap 10 that is harder tobreak and able to withstand prolonged use, and exposure to sunlight,chemicals, and stress. As a flat non-tubular member, the braided gogglestrap 10 surpasses the tubular bungee strap's poor sheer resistance andlimited strength in the primary loading direction. The braided gogglestrap 10 is configured to evenly distribute tension and firmly secureeyewear, such as swimming goggles, comfortably onto a user's head.

As variations, combinations and modifications may be made in theconstruction and methods herein described and illustrated withoutdeparting from the scope of the invention, it is intended that allmatter contained in the foregoing description or shown in theaccompanying drawings shall be interpreted as illustrative rather thanlimiting. Thus, the breadth and scope of the present invention shouldnot be limited by any of the above-described exemplary embodiments, butdefined in accordance with the foregoing claims appended hereto andtheir equivalents.

What I claim is:
 1. A braided goggle strap comprising: a plurality ofbands braided together to form a braided elongated body having a firstend and a second end opposite said first end, each of said plurality ofbands being separate and distinct from one another and including aresilient material having a resilient fabric covering; a first bandextension being a portion of one of said plurality of bands andextending a length from said first end; a second band extension being aportion of either, said one of said plurality of bands or another one ofsaid plurality of bands and extending a length from said second end; abias fastener operated to releasably grip onto said plurality of bandsfor securely attaching said braided goggle strap onto a user's head; andwherein each of said band extension is dimensioned to removably slidethrough a pair of small apertures formed on a pair of swimming goggles.2. The braided goggle strap of claim 1, wherein said plurality of bandsinclude a first band, a second band, and a third band, each band braidedtogether to form said braided goggle strap.
 3. The braided goggle strapof claim 2, wherein said resilient material includes anyone of naturalrubber, synthetic rubber, latex, nylon, stretch fabric (elastomerics),blended rubber with polyester, blended rubber with cotton, blendedrubber with nylon or any combination thereof.
 4. The braided gogglestrap of claim 3, wherein said resilient fabric covering includes anyone of woven or nonwoven material, cotton, polyester, nylon, poly-vinylchloride (PVC), rayon, microfiber, acrylic, acetate, wool, leather,vinyl, or any other suitable fabric that is able to withstand wear andtear and repeated stretching and contracting over time.
 5. The braidedgoggle strap of claim 4, wherein said bias fastener includes an outerbody having an opening and an outer body aperture, an inner bodydimensioned to slideably fit within said opening of said outer body andincluding an inner body aperture, and a bias member disposed within saidopening and between said outer body and said inner body, where said biasmember operatively separates said outer body from said inner body tomisalign said body apertures to releasably grip unto said plurality ofbands when said plurality of bands are inserted through said bodyapertures.
 6. The braided goggle strap of claim 4, wherein saidresilient fabric covering includes a same color or a variety ofdifferent colors defining a braided goggle strap including a pluralityof bands having different colors.
 7. The braided goggle strap of claim4, further including a first eye loop formed from said first bandextension and a second eye loop formed from said second band extension.8. A resilient braided swimming goggle strap comprising: a plurality ofresilient strands interlaced together to form said resilient braidedswimming goggle strap having opposite ends; a first extension extendingfrom one of said opposite ends, and a second extension extending fromanother of said opposite ends, said extensions removeably insertedwithin corresponding apertures of swimming goggles to form a firstattachment strap and a second attachment strap; and a bias fasteneroperated to releasably grip onto said resilient braided goggle strap forsecurely tightening and attaching the first attachment strap and thesecond attachment strap securely around a user's head for securing apair of goggles in place.
 9. The resilient braided swimming goggle strapof claim 8, wherein said bias fastener includes an outer body having anopening and an outer body aperture, an inner body dimensioned toslideably fit within said opening of said outer body and including aninner body aperture, and a bias member disposed within said opening andbetween said outer body and said inner body to misalign said bodyapertures and grip said plurality of resilient strands when saidplurality of resilient strands are inserted through said body apertures,and where said fastener is operated to align said body apertures torelease said grip on said plurality of resilient strands to allow saidplurality of resilient strands to slide freely through said bodyapertures.
 10. The resilient braided swimming goggle strap of claim 9,wherein each of said plurality of resilient strands comprises a flatgeometric shape and are braided together to form said resilient braidedswimming goggle strap having a flattened geometric shape and widthdimensioned to slide through said pair of apertures provided on a pairof swimming goggles.
 11. The resilient braided swimming goggle strap ofclaim 10, wherein said plurality of resilient strands includes a samecolor or a variety of different colors to form a resilient braidedswimming goggle strap including a same color or a variety of differentcolors.
 12. A braided strap releasably attachable to a pair of goggleshaving a nose bridge disposed between a pair of eye cups and aperturesdisposed on peripheral edges of said eye cups, said braided strapcomprising: a plurality of resilient bands braided together to form saidbraided strap having a first end opposite a second end, each of saidplurality of resilient bands including a planar geometric shape, and aresilient material having an outer resilient fabric; a first bandextending from said first end; a second band extending from said secondend; and a fastener releasably biased to adjustably tighten said braidedstrap around a user's head to secure said eye cups over both eyes ofsaid user.
 13. The braided strap of claim 12, wherein said resilientmaterial includes any of natural rubber, synthetic rubber, orelastomerics, and wherein said resilient fabric includes anyone of wovenor nonwoven material, cotton, polyester, nylon, polyvinyl chloride(PVC), rayon, micro fiber, acrylic, acetate, wool, leather, or vinyl.14. The braided strap of claim 13, wherein said first band extensionforms a first eye loop that extends from said first end, and said secondband extension forms a second eye loop that extends from said secondend, each of said eye loops dimensioned to removeably extend throughsaid apertures of said pair of goggles.
 15. The braided strap of claim14, further including a bias fastener including an outer body having anopening and an outer body aperture, an inner body dimensioned toslideably fit within said opening of said outer body and including aninner body aperture, and a bias member disposed within said opening andbetween said outer body and said inner body to misalign said bodyapertures and releasably grip said plurality of resilient bands whensaid plurality of resilient bands are inserted through said bodyapertures.
 16. The braided strap of claim 13, wherein said plurality ofresilient bands comprises a first resilient band, a second resilientband, and a third resilient band.
 17. The braided strap of claim 15,wherein each of said plurality of resilient bands including a same coloror a variety of different colors.
 18. The braided strap of claim 15,wherein each of said eye loops includes a rigid member affixed along asurface of said eye loop to provide a first rigid eye loop and a secondrigid eye loop that will not bend or flex as said eye loops are insertedthrough respective apertures of said goggles.